@misc{e32f78c4111641c2b125ea01d25f22c3,
title = "Modeling Wind-Hydrogen System and Analyzing Curtailment",
abstract = "Low-cost green hydrogen can be achieved by integrating utility-scale wind farms to an electrolyzer. The power produced by a wind farm depends on spatial and temporal changes in the wind, and this variability can affect the electrolyzer's performance. This study examines the trade-offs between two electrolyzer configurations: a large centralized electrolyzer connected to the wind farm versus several smaller distributed electrolyzers connected directly to each wind turbine. The results show that a centralized configuration generates more hydrogen because turbines that are waked and produce less power are compensated but other un-waked turbines.",
keywords = "electrolyzer, hybrid, hydrogen, wind",
author = "Nick Riccobono and Christopher Bay and Elenya Grant and Cameron Irmas and Genevieve Starke and Jared Thomas and Zachary Tully",
year = "2023",
language = "American English",
series = "Presented at the North American Wind Energy Academy (NAWEA)/WindTech 2023 Conference, 30 October - 1 November 2023, Denver, Colorado",
type = "Other",
}